SCANTECH optical 3D measuring technology can provide precise data to internal/external trim, enabling more accurate and efficient R&D process as well as quality control.
3D scanning starts to play a crucial role in product development and quality control for components and molds. Rail transport components are usually bulky objects with a mass of curved surfaces.
With SCANTECH 3DeVOK handheld 3D scanner, companies can achieve millimeter-level data. Besides that, 3D scanning provides with full-scale body 3D model (including data that cannot be measured manually).
What comes to your mind when criminal forensics and evidence identification are mentioned? 3D scanning technology stands to alleviate some of the burdens of these procedures.
The typical process for making exclusively prototyped paint protection film is large as follows: 3D scanning the whole car, obtaining a 3D model → processing the 3D model, curved surface development, producing exclusive automotive prototype → cutting film
Medical 3D scanning usually demands patients to expose the target parts for diagnostic purposes. Moreover, some patients bear severe trauma. All those factors decide non-contact measurement is the best way for body data acquisition.
For various industries such as petroleum, chemical engineering, pharmaceutical, metallurgy, and thermal power, the complete inspection of large-sized machinery.
Insulation products are of the utmost importance to electrical safety. Effective quality control before launching the products is essential to ensure product stability and the safe operation of electrical devices.
Manufacturing workflows usually produce molds, jigs, parts, based on the theoretical CAD model. However, the deviations can not be avoided between the theoretical model and real production.
